Chemical Name: D-(+)-Methyl-A-(2-Thienylethylamino) (2-Aminophenyl) Acetate Hydrochloride
Synonyms: No widely recognized synonyms available for this compound
CAS Number: Not officially assigned due to novelty or unique structure
Recommended Use: Research applications, laboratory analysis, experimental chemistry projects—never for food, drugs, or unregulated commercial processes
Manufacturer: Data not available from established commercial sources; typically produced or purchased through custom chemical suppliers
Contact Information: Only available directly through laboratory procurement documents or research agreements
Emergency Phone Number: Handled in-lab through local emergency protocol or access to institutional poison control
Date of Preparation/Revision: Original documentation compiled using available chemical data as of 2024
Product Code: Not universally coded; assigned internally by research teams or suppliers
Physical hazards: Dust formation can occur when handling powdered samples; fine particulate may cause irritation to eyes and mucous membranes
Health hazards: Inhalation, ingestion, or contact with the skin may produce allergic reactions, irritation, headache, or dizziness; limited data on long-term effects, so avoid repeat exposure
GHS Classification: Not officially classified, though it behaves similarly to other amine and thienyl compounds—anticipate acute toxicity in oral, dermal, inhalation routes, possible eye damage
Labelling: Use “Danger” for precaution, pictograms: exclamation mark for acute toxicity, health hazard for potential organ toxicity; signal words and hazard statements visible at all lab entrances
Precautionary Statements: Avoid breathing dust; use in a fume hood; wear protective gloves, clothing, and eye protection; wash thoroughly after handling; do not eat, drink, or smoke in work area
Other Hazards Not Resulting in Classification: Dust and powder risk remains high around open air or drafty spaces; ensure no cross-contamination with volatile acids or strong oxidizers
Chemical Identity: D-(+)-Methyl-A-(2-Thienylethylamino) (2-Aminophenyl) Acetate Hydrochloride
Purity: Usually synthesized to purity above 95%, but impurities may include unreacted precursors, hydrochloride byproducts
Impurities: No widespread data; trace levels of thienyl acetates, amines, HCl might appear in insufficiently purified batches
Ingredient Concentration: 100% pure or technical grade used for research, with batch documentation stored for every shipment or synthesis run
Molecular Formula: Based on structure and naming, approximate formula provided on supplier documentation only
Molecular Weight: Supplier or researcher will list in certificate of analysis; varies slightly with hydration state
Other Ingredients: No proprietary blends; each lot distinct to laboratory scale and synthesis batch
Inhalation: Move affected individual to fresh air immediately; supply oxygen or seek emergency medical attention if symptoms of respiratory distress occur
Skin Contact: Remove contaminated clothing, wash skin thoroughly with plenty of soap and water; consult medical staff if rash or persistent discomfort develops
Eye Contact: Rinse eyes slowly with water for at least 15 minutes, keeping eyelids open; seek immediate ophthalmic review in case of redness, pain, or blurry vision
Ingestion: Do not induce vomiting; rinse mouth with clean water, administer water to drink if individual is fully conscious and alert; medical supervision required due to lack of established toxicity profile
Advice for Medical Personnel: Treat symptomatically using standard chemical exposure protocols; monitor for sensitization, neurological effects, or allergic reaction
Most Important Symptoms and Effects: Can include eye redness, skin irritation, nausea, dizziness, shortness of breath—keep an eye out for anything unusual in individuals with chemical sensitivities
Suitable Extinguishing Media: Use dry chemical powder, carbon dioxide, alcohol-resistant foam, or water spray; avoid direct water jets which may spread material
Unsuitable Extinguishing Media: No gasoline or direct-pressure hoses which could cause dust clouds
Specific Hazards: Combustion may release toxic vapors including nitrogen oxides, sulfur oxides, hydrogen chloride, and carbon monoxide
Protective Equipment: Firefighters should wear self-contained breathing apparatus and full chemical protection suits due to toxicity risk in smoke and fumes
Special Procedures: Keep containers cool by spraying with water; attempt to prevent runoff of contaminated water into drains; remove material from burning zone if safe
Personal Precautions: Evacuate area of unnecessary personnel; ventilate area well; avoid breathing dust
Protective Equipment: Use chemical splash goggles, lab apron or coverall, nitrile gloves, and P96/P100 mask for dust or vapors
Clean-Up Methods: Contain spill with inert, absorbent material—like dry sand or vermiculite—then scoop up with non-sparking tools; place waste into labeled, sealed containers for proper disposal
Environmental Precautions: Prevent powder or wash from entering drains, surface water, or soil; notify environmental authorities if leak enters public water supply or exit stream
Decontamination: Wash affected surface thoroughly with soapy water after initial cleanup; avoid abrasive scrubbing which might aerosolize remaining particles
Handling: Always measure and transfer material in a certified chemical fume hood; keep container tightly closed when not used; prevent dust formation by working gently and using antistatic tools
Storage Conditions: Store in cool, dry, well-ventilated place far away from heat sources or direct sunlight; keep away from incompatible substances like oxidizers, acids, or strong bases
Packaging: Use sealed, labeled containers, preferably made of glass or high-integrity plastic; avoid metallic containers if corrosion is even remotely possible
Special Precautions: Maintain access to eyewash stations and safety showers wherever this compound is stored or handled; rotate stock to use oldest supplies first but verify batch integrity before use
Engineering Controls: Work inside chemical ventilated enclosures where available; maintain negative pressure in hazardous storage or preparation spaces
Personal Protection: Safety goggles, chemically resistant gloves (nitrile or neoprene), full-length lab coat, closed-toed shoes as a baseline
Respiratory Protection: Wear certified respirator for work prone to dust or vapor production; fit-tested with appropriate cartridge for organic compounds and acid gases
Hand Protection: Replace gloves immediately after handling; wash hands thoroughly each time material is used
Exposure Limits: No occupational exposure limits published; handle as if toxic in absence of specific regulatory data
Hygiene Measures: Remove contaminated clothing before leaving work area; avoid eating, drinking, or applying cosmetics in laboratory spaces
Appearance: Fine crystalline powder, typically white to off-white
Odor: No strong, recognizable smell; may have faint amine or sulfurous note
pH: Neutral to slightly acidic if dissolved in water due to hydrochloride content
Melting Point/Freezing Point: Data available with each synthesized batch; referenced in technical documentation
Boiling Point: Not directly measurable (compound decomposes)
Flash Point: Not established, assumed non-volatile at ambient temperature
Evaporation Rate: No measurable evaporation at room temperature
Flammability: May burn if exposed to flame or strong heat; dust could present mild explosion hazard in rare cases of suspension in air
Solubility: Soluble in water and polar organic solvents such as ethanol, methanol; practically insoluble in nonpolar solvents
Vapor Pressure: Extremely low at standard temperature and pressure
Partition coefficient (n-octanol/water): Not measured; default to hydrophilic due to hydrochloride salt
Other Properties: Stable at ambient temperature in closed containers; no significant odor or vapor risk in routine research use
Reactivity: Compound behaves as a stable hydrochloride salt under most storage conditions; not prone to spontaneous polymerization or self-reactivity
Chemical Stability: Maintains integrity if kept dry and away from light and excessive heat; slow hydrolysis possible if exposed to water over weeks
Conditions to Avoid: Prolonged or repeated heating, exposure to moisture, uncontrolled contact with acids or bases
Incompatible Materials: Strong oxidizing agents, acid chlorides, alkali metals
Hazardous Decomposition Products: Combustion or thermal degradation may yield nitrogen oxides, sulfur oxides, hydrogen chloride, and other unidentified toxic gases
Polymerization: No hazardous polymerization expected during normal handling
Acute Toxicity: Animal studies not widely available; assumed toxic based on structure and similarity to other thienyl, amine-acetate derivatives
Skin Corrosion/Irritation: Strong potential for irritation upon direct contact; immediate washing essential in event of exposure
Serious Eye Damage/Irritation: Risk of conjunctival irritation and reversible damage if not flushed immediately
Respiratory Sensitization: Inhalation of dust or vapor known to provoke coughing, possible allergic sensitization in susceptible individuals
Ingestion Hazard: Little human data, so treat as toxic; ingestion can cause gastrointestinal discomfort, abdominal pain, nausea
Carcinogenicity, Mutagenicity, Reproductive Toxicity: No chronic studies exist; absence of data means extra caution, as aromatic amines sometimes feature concerning toxicological outcomes
Other Effects: Observe for neurotoxic symptoms including headache, difficulty concentrating, or malaise in case surfaces are contaminated and hand-to-mouth exposure occurs
Ecotoxicity: Not enough tested data for aquatic or terrestrial effects; structurally, compounds with aromatic amines and thienyl groups may persist or prove toxic to aquatic invertebrates
Persistence and Degradability: Slow breakdown expected in soil or water environments; high resistance to microbial degradation likely based on ring structure and halide component
Bioaccumulative Potential: Weak bioaccumulation anticipated due to water solubility, though aromatic nature means some potential for organism surface absorption
Mobility in Soil: Remains mobile in water and leachate, risk of spreading from accidental release into groundwater
Other Adverse Effects: Prevent discharge to surface waters, sewers, or natural environment to avoid unknown biological impact
Waste Treatment Methods: Collect waste in clearly labeled, tightly sealed containers; never dispose of in general trash or via sink
Incineration: Preferred disposal route; process at a licensed facility with flue gas scrubbing for toxic decomposition products
Do Not Flush: Avoid pouring waste into the drain or onto soil
Empty Containers: Triple rinse with compatible solvent before disposal; treat rinsate as hazardous waste
Local Regulations: All waste handling should comply with laboratory chemical disposal rules and local hazardous waste statutes
Waste Codes: No universal code assigned; classified by generator’s waste characterization
UN Number: No recognized UN classification due to lack of commercial distribution; ship as laboratory chemical
Transport Hazard Class: Not assigned, but treat as toxic solid, organic, N.O.S. when required
Packing Group: Consult professional shipper, likely group II or III depending on batch size and purity
Marine Pollutant: Assume it pollutes and package with secondary containment to avoid leakage
Shipping Labels: Apply “TOXIC,” “HANDLE WITH CARE,” or “RESEARCH USE ONLY” designations visibly
Transport Precautions: Seal primary containers, use outer shatterproof secondary packaging; prevent unauthorized access during transit
US Federal Regulations: No direct TSCA listing, not covered by specific OSHA, SARA, CERCLA, or EPCRA regulations as of reviewed date
European Union: No EINECS/ELINCS registrations; REACH pre-registration only for research use
Other Global Registers: Check with local authorities—may qualify as a controlled substance based on amine and aromatic functionalities in some countries
Workplace Restrictions: Use strictly for academic or analytical research; institutional approval required for new personnel
Safety Assessments: Attach this data sheet to all orders, shipments, and lab records; update hazard assessment anytime new data emerges
